In
superlattice structures, ballistic phonon transport across the whole thickness of the superlattices implies phase coherence.
«For the first time, we have created stable
superlattice structures with radically different layers, yet nearly perfect atomic - molecular arrangements within each layer.
This new class of
superlattice structures has tailorable electronic properties for potential technological applications and further scientific studies.»
«The aggregates are arranged in orderly
superlattice structures, which is in stark contrast to the prevailing view that the adsorption of gas molecules by MOFs occurs stochastically.»
Not exact matches
Metamaterials are artificial nanofabricated constructs whose optical properties arise from the physical
structure of their
superlattices rather than their chemical composition.
«Traditional semiconductor
superlattices can usually only be made from materials with highly similar lattice symmetry, normally with rather similar electronic
structures,» Huang said.
Those ammonium molecules automatically assemble into new layers in the ordered crystal
structure, creating a
superlattice.
To create a material where the electrons and holes are forced to separate, the team produced an artificial crystal
structure called a
superlattice.
However, the new
superlattices can have radically different
structures, properties and functions.
Currently,
superlattices feature alternating layers that have similar atomic
structures and similar electronic properties.